Views:169 Author:Site Editor Publish Time: 2020-10-04 Origin:Site
Nowadays, industrial vacuum cleaners are no longer used solely for cleaning in industrial production, but as auxiliary machines in production. Therefore, the requirements for industrial vacuum cleaners are getting higher and higher. For example, the motor of a vacuum cleaner must run continuously for a long time, and its filter system cannot be blocked. The best industrial vacuum cleaners need to be explosion-proof, their filtration system requires high precision, and one machine can be used for multiple ports. Let us introduce the most important points of three industrial vacuum cleaners.
The data of the air volume and suction power of the industrial rug cleaning machines is a decreasing function in the working curve of the industrial vacuum cleaner, and it is dynamic. That is to say, when the working suction of the industrial vacuum cleaner increases, the air inlet volume of the nozzle will decrease. When the suction is at its maximum, the air inlet to the nozzle will decrease. When the suction is at its maximum, the air inlet of the nozzle is zero (the nozzle is blocked). The reason why factory cleaning machine can suck the materials on the working surface is the wind speed at the nozzle. The greater its wind speed, the greater the suction power.
Wind speed is produced by the combination of air volume and suction. When the air volume is small (30m3/h) and the suction power is large (500mbar), the material cannot be taken away. There is no wind speed because of the lack of airflow. For example, the suction pump transports liquid by atmospheric pressure. When the suction is small (15mbar) and the air volume is large (2000m3/h), the material cannot be taken away. There is no wind speed because the pressure drop in the pipe is large. For example, dust removal equipment relies on ventilation to remove dust in the air.
To ensure the normal operation of industrial battery vacuum cleaners, it is necessary to ensure a good filter system. If the filter is clogged frequently, the dust removal effect will be poor. Poor filtration accuracy of the filter will produce a series of undesirable consequences. For example, serious blockage may cause the motor to heat and burn. Poor dust removal also leads to a decrease in worker efficiency. Poor filtration accuracy directly causes secondary pollution of the factory environment. Therefore, a good industrial vacuum unit dust collection system must include a filter with sufficient filtration accuracy, a simple and convenient dust removal system and a good dust removal effect.
Industrial vacuum cleaners can clean dust scattered under various conditions without causing secondary pollution. Due to different working surface conditions, the dust collection efficiency will also change. From a certain point of view, the cleaning efficiency of industrial vacuum cleaners is not as good as brooms and air blow guns.
When cleaning large pieces of garbage, industrial vacuum cleaners are not as fast as brooms. But the broom cannot make the ground completely clean, and it may cause dust to fly. Some materials cannot be recycled, and some corners cannot be cleaned. Air blowing guns are indeed fast to clean, but cleaning small places will pollute more of the environment and even damage equipment. For example, the floor is full of debris and needs to be cleaned again, and the debris is blown into the guide rails or other operating parts of the equipment to cause damage to the equipment. Therefore, the use of blow guns is prohibited in precision machining centers.
Based on the above three points, it can be seen that the motor, filter and dust removal device of an industrial vacuum cleaner are the three key points for purchasing an industrial vacuum cleaner. When choosing an industrial vacuum cleaner, the factory must fully consider these factors according to the actual usage.